http://www.brainchecker.in
Production EngineeringCareer by BrainChecker Stay tuned for regular updates from BrainChecker Channel. We provide excellent education related tips and excellent career guidance.
Contact: https://goo.gl/forms/cmB1rRC4v5qF2rf73
Fill the form above and we would get in touch with you
Welcome to the YouTube Channel of Brain Checker, India’s largest Career CounselingCompany!!
Our video starts with
- Introduction
- Nature of work.
- Eligibility and Professional Courses available.
- Colleges
- Career prospects and salary
Students are requested to perform their own research before choosing a career.
You can check the description for additional details and assistance from BrainChecker.
Introduction
Industrial and Production Engineeringinvolves the study of improving, understanding, innovating, implementing and evaluating the integrated systems of money, equipment, people, material, and other industrial processes.One is responsible for designing industrial facilities normally used for production needs. Buildings, equipment’s, infrastructure, material handling systems, information systems, manufacturing systems, and the whole workplace. Other processes which are integral to the production process are also managed by these engineers.
Processes like IEs analysis, production systems planning and control, resource allocation, logistics, quality management, personnel allocation, resource management, safety and inventory management. The main aim is to improve on the production techniques and make them more efficient, and economical. It is a sub-branch of mechanical engineering, so the subjects that are taught as almost similar.
Nature of Work
Production or Industrial Engineers work includes designing the production process for a product and also planning, measuring and controlling all activities within the organization.
An Industrial or Production Engineer is responsible for the overall industrial production and management. He is moreover involved with the human and organizational aspects of developing the desired system. Understanding the existing technology trends and improving upon them for better efficiency is one of the core tasks of a Production Engineer. Multiple industries would benefit from improved processes since they reduce the processing time and save on resources.Industries like automobile manufacturing, spare parts production, food industry, all have certain bottleneck areas which are restricting the capacity. With time, and the advent of better technology, these areas are further minimized, in order to achieve the ultimate goal of increased production and a subsequent rise in revenue.
Eligibility and Professional Courses
• A Science background is necessary with a 10+2 in Physics, Chemistry and Maths. A minimum 50% aggregate is needed for eligibility to colleges.
• One can give any entrance exams like NEET, IIT JEE, BITSAT, CET, or any other state exam. It should be noted here that few colleges like VIT or SRM, have their own exams which have to be given for becoming eligible to those select colleges.
• For pursuing MTech, the candidate needs to qualify for GATE.
• Individuals with interests in research and development can take up the PhD program after their post-graduation.
• One can pursue MTech in Industrial and Production Engineering after successful completion of BE/B.Tech.
We at BrainChecker help Students in choosing their career. A right career choice can work wonders in the long term.
Colleges
- Punjab Engineering College
- SRM Institute of Science and Technology
- NIT
- IITs
- Pune University
- Nagpur University
- IISc Bangalore
- VIT
Career Prospects
Industrial and production engineers can work in various sector like, banks, hospitals, public utilities, retail, agriculture, transport, construction, and even government departments via UPSC exams, conducted by the Engineering division every year to appoint skilled personnel to the various Central government service. Other specific areas include, Root cause analysis and process improvement, Various posts which they can hold include
- Plant Engineer
- Quality Engineer
- Project Manager
- Process Engineer
- Industrial Managers
- Manufacturing Engineer
- Industrial Sales Engineer
- ProductSpecialist
- Industrial AutomationProjectDesigner
- Assistant Professor at any university
The starting salary can be in the range of 40,000 to 60,000 INR for freshers.
Thank you for listening, if you loved this BrainChecker video please like, share and subscribe to us. Bye!!

published:22 Jun 2018

views:1871

It is a easy concept but it is very important one..Stay with our channel for more videos on three phase induction motor #electricalpaathshala #transformer #electricalmachine

published:14 May 2018

views:5155

From growing cane until the rum is bottled, for our rum everything is done right here at WorthyPark.

published:14 Dec 2016

views:3234

published:27 Sep 2017

views:8048

Four Full Sail grads will discuss their process of recording sounds in the field and bringing them back to the studio for their various mediums, and what similarities and differences exist in their work. Fernando Delgado will talk about his workflow for capturing production sound for UFC and other events. Ric Viers will talk about capturing sound effects for distribution in sound effects libraries to customers around the world. Frank Scheuring will talk about capturing sound effects for use in film post-production. Mark Kilborn will talk about capturing sounds for games and what unique needs exist in that medium.
Speakers:
Mark Kilborn
Fernando Delgado
Ric Viers
Frank Scheuring
Moderator:
Michael Orlowski

published:14 Feb 2018

views:593

published:01 Mar 2017

views:203

In this tutorial, learn how to hook up a field mixer for a typical setup with a hard-wired mic and a wireless microphone. Watch more at http://www.lynda.com/Video-Audio-Video-tutorials/Video-Production-Techniques-Location-Audio-Recording/129015-2.html?utm_campaign=Iljxzxni4Jc&utm_medium=viral&utm_source=youtube.
This tutorial is a single movie from the Video ProductionTechniques: LocationAudio Recording course by lynda.com author Anthony Q. Artis. The complete course duration is 1 hour and 23 minutes and offers step-by-step tutorials for capturing great-sounding audio in situations like conference panels, stage shows, and narrative dialogue scenes.
Introduction
1. Audio Gear
2. Recording Speakers
3. Recording a Stage Show
4. Recording a Narrative Scene
5. Tips and TricksConclusion

published:01 Feb 2014

views:36469

Get to know the development of production in Sapinhoá field, located in the Santos Basin Pre-Salt Cluster (Brazil), and its innovative technologies that enabled the production in the inhospitable pre-salt conditions.
Check out more: www.petrobras.com.br/technologiesinpresalt.

published:04 May 2015

views:1892

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean? ELECTRONIC FIELD PRODUCTION meaning - ELECTRONIC FIELD PRODUCTION definition - ELECTRONIC FIELD PRODUCTION explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
SUBSCRIBE to our Google Earth flights channel - https://www.youtube.com/channel/UC6UuCPh7GrXznZi0Hz2YQnQ
lectronic field production (EFP) is a television industry term referring to a video production which takes place in the field, outside of a formal television studio, in a practical location or special venue. In the field-defining text, Television Production Handbook, now in its 12th edition, author Herbert Zettl defines EFP as using "both ENG and studio techniques. From ENG it borrows its mobility and flexiblity; from the studio it borrows its production care and quality control. EFP takes place on location (which may include shooting in someone's living room) and has to adapt to the location conditions...Good lighting and audio are always difficult to achieve in EFP, regardless of whether you are outdoors or indoors. Compared to ENG, in which you simply respond to a situation, EFP needs careful planning."
Typical applications of electronic field production include awards shows, concerts, major interviews for newsmagazine shows like Inside Edition, Extra (TV program) and Dateline NBC, large conventions such as the Democratic National Convention, Republican National Convention or San Diego Comic-Con International, celebrity red-carpet events and sporting events.
EFP ranges from a camera operator or crew of two (camera operator with sound mixer) capturing high-quality imagery, to a multiple-camera setup utilizing videography, photography, advanced graphics and sound.
Sports television is one facet of EFP. Major television networks once owned their own production trucks for covering major events, but today, with the explosion in networks on cable and over-the-air, they rent television production trucks by the day or week from broadcast rental companies for more routine or remote broadcast productions.
A typical sports production truck includes:
A large video switcher with an external digital video effects (DVE) unit and several mix/effect busses, to allow the Television director flexibility in calling for certain visual effects in the broadcast.
Several tripod-mounted and handheld professional video cameras.
A variety of zoom lenses for the tripod-mounted "hard" cameras, typically at least 50× to 100× magnification, and a maximum focal length of at least 600mm. The extreme amount of magnification is necessary because the cameras can be located quite a distance from the action.
Several video recording and playback devices such as VCRs, hard disk recorders and video servers. Certain cameras or video feeds can be "isolated" to specific decks, and when something happens that the producer or director wants to see again, the deck can be rewound and shown on the air as an instant replay. Hard disk recorders typically allow some limited editing capabilities, allowing highlight reels to be edited together in the middle of a game.
Several character generators allowing scores and statistics to be shown on screen. The scoreboards used in most sports facilities can be linked to the truck to drive the television production's graphics as well as the arena scoreboards.
An audio mixing console booth and a variety of microphones to capture audio from the sportscasters and from the field of play.
Several miles of various types of cable.
TelevisionNews magazines are longer and more in-depth TV programming than shorter "breaking news" clips that focus on an issue in a documentary style. They are driven by interviews of people who are directly involved in the topic covered and last for from 30 minutes to three hours.
The first known television news magazine was Panorama on the BBC in 1953. Since then, the genre rose in popularity through the years including CBS’s 60 Minutes, debuting in 1968. Its spin-off, 60 Minutes II debuted in 1999.
ElectronicFieldProduction for a typical news magazine story may include one or several interviews with B-roll gathered typically by a three-person crew (producer, camera operator and audio technician/boompole operator). Locations vary. Typically the crew shoots the interview at the home or workplace of the interviewee. They may also go to additional locations that are a backdrop to the story. Lighting and shooting style are consistent with each's show's "look" or criteria.
After the interviews and B-Roll have been gathered, the producer may either hand-deliver the media to the studio, ship it by messenger service or a shipping company, or "feed it" in real time via a local satellite service.

published:20 Jun 2017

views:408

Albini Group manages and controls all stages of the production process, ensuring efficiency and absolute quality. Find out how a fabric is created, from the cotton field to the final check.

published:26 Jun 2018

views:281

.NETCore is an amazing shift for the Microsoft ecosystem, allowing developers to bring their skills to a cross platform world and take advantage of MacOS, Linux, Docker, and a whole new range of tools and options.
This gives developers a huge array of new choices in a time of already massive churn.
This talk is my journey as a seasoned .NET developer, architect, and deployment automation expert into this brave new world.
As part of building a new tech stack in a new company, I had to go beyond the “Hello World” demos and blog posts and go from newbie, to running .NET core on Linux in production, with container orchestration, deployment automation, and monitoring.
This talk is some of my lessons learned, and thoughts on moving to .NET core, Docker builds and CI, configuration management, monitoring, deployment, and infrastructure automation.
NDC Conferences
https://ndcsydney.com
https://ndcconferences.com

Production (computer science)

A production or production rule in computer science is a rewrite rule specifying a symbol substitution that can be recursively performed to generate new symbol sequences. A finite set of productions is the main component in the specification of a formal grammar (specifically a generative grammar). The other components are a finite set of nonterminal symbols, a finite set (known as an alphabet) of terminal symbols that is disjoint from and a distinguished symbol that is the start symbol.

In an unrestricted grammar, a production is of the form where and are arbitrary strings of terminals and nonterminals however may not be the empty string. If is the empty string, this is denoted by the symbol , or (rather than leave the right-hand side blank). So productions are of the form:

The other types of formal grammar in the Chomsky hierarchy impose additional restrictions on what constitutes a production. Notably in a context-free grammar, the left-hand side of a production must be a single nonterminal symbol. So productions are of the form:

Record producer

A record producer (or music producer) has a very broad role in overseeing and managing the recording (i.e. "production") of a band or performer's music. A producer has many roles that may include, but are not limited to, gathering ideas for the project, selecting songs and/or session musicians, proposing changes to the song arrangements, coaching the artist and musicians in the studio, controlling the recording sessions, and supervising the entire process through audio mixing (recorded music) and, in some cases, to the audio mastering stage. Producers also often take on a wider entrepreneurial role, with responsibility for the budget, schedules, contracts, and negotiations.

In the 2010s, the recording industry has two kinds of producers with different roles: executive producer and music producer. Executive producers oversee project finances while music producers oversee the creation of music.

A music producer can, in some cases, be compared to a film director, with noted practitioner Phil Ek describing his role as "the person who creatively guides or directs the process of making a record, like a director would a movie. The audio engineering [person] would be more the cameraman of the movie." Indeed, in Bollywood music, the designation actually is music director. The music producer's job is to create, shape, and mold a piece of music. The scope of responsibility may be one or two songs or an artist's entire album– in which case the producer will typically develop an overall vision for the album and how the various songs may interrelate.

Production (Mirwais Ahmadzaï album)

Production is the second album composed and produced by Mirwais Ahmadzai known under his artist name Mirwais. The album has been released through the French independent label Naive Records in April 21, 2000.

Background

It has taken two years, starting early 1998 and finishing December 1999, for Mirwais to complete the composing and production of his second album. Most tracks have been mixed in his personal studio in Paris. Mastering has been done at The Exchange, London, by Simon Davey, except "Disco Science", mastered by late Nilesh Patel.
"Naive Song" is likely to be one of the very first track ever, using the auto tune voice fx.

Critical reception

Production has been praised by music critics worldwide, including magazines like Rolling Stone, Entertainment Weekly and NME

Music Video

Several music videos were released for Production. "Disco Science" was directed by French photographer/artist Stéphane Sednaoui in 1999 and released the same year. Inspired by Nagima Oshima's film "In The Realm Of Senses" the explicit visual content doesn't allow the video to aired during the day on generalists TV network.
The second video, for "Naive Song", was directed by the photographer Jean Baptiste Mondino during 2000.
Stéphane Sednaoui directed another video for "I Can't Wait", which was released as the third single.

Many farms have a field border, usually composed of a strip of shrubs and vegetation, used to provide food and cover necessary for the survival of wildlife. It has been found that these borders may lead to an increased variety of animals and plants in the area, but also in some cases a decreased yield of crops.

Language

In Australian and New ZealandEnglish, any agricultural field may be called a paddock. If stock are grazed there, the space may be called a run, e.g. sheep run; cattle run.

Fixed length

Fields that contain a fixed number of bits are known as fixed length fields. A four byte field for example may contain a 31 bit binary integer plus a sign bit (32 bits in all). A 30 byte name field may contain a persons name typically padded with blanks at the end.
The disadvantage of using fixed length fields is that some part of the field may be wasted but space is still required for the maximum length case. Also, where fields are omitted, padding for the missing fields is still required to maintain fixed start positions within a record for instance.

Production engineering

Production Engineering is a combination of manufacturing technology with management science. A production engineer typically has a wide knowledge of engineering practices and is aware of the management challenges related to production. The goal is to accomplish the production process in the smoothest, most-judicious and most-economic way.

In industry, once the design is realized, production engineering concepts regarding work-study, ergonomics, operation research, manufacturing management, materials management, production planning, etc., play important roles in efficient production processes. These deal with integrated design and efficient planning of the entire manufacturing system, which is becoming increasingly complex with the emergence of sophisticated production methods and control systems.

Production Engineering Career Opportunities Field Salary Colleges by BrainChecker

Production Engineering Career Opportunities Field Salary Colleges by BrainChecker

Production Engineering Career Opportunities Field Salary Colleges by BrainChecker

http://www.brainchecker.in
Production EngineeringCareer by BrainChecker Stay tuned for regular updates from BrainChecker Channel. We provide excellent education related tips and excellent career guidance.
Contact: https://goo.gl/forms/cmB1rRC4v5qF2rf73
Fill the form above and we would get in touch with you
Welcome to the YouTube Channel of Brain Checker, India’s largest Career CounselingCompany!!
Our video starts with
- Introduction
- Nature of work.
- Eligibility and Professional Courses available.
- Colleges
- Career prospects and salary
Students are requested to perform their own research before choosing a career.
You can check the description for additional details and assistance from BrainChecker.
Introduction
Industrial and Production Engineeringinvolves the study of improving, understanding, innovating, implementing and evaluating the integrated systems of money, equipment, people, material, and other industrial processes.One is responsible for designing industrial facilities normally used for production needs. Buildings, equipment’s, infrastructure, material handling systems, information systems, manufacturing systems, and the whole workplace. Other processes which are integral to the production process are also managed by these engineers.
Processes like IEs analysis, production systems planning and control, resource allocation, logistics, quality management, personnel allocation, resource management, safety and inventory management. The main aim is to improve on the production techniques and make them more efficient, and economical. It is a sub-branch of mechanical engineering, so the subjects that are taught as almost similar.
Nature of Work
Production or Industrial Engineers work includes designing the production process for a product and also planning, measuring and controlling all activities within the organization.
An Industrial or Production Engineer is responsible for the overall industrial production and management. He is moreover involved with the human and organizational aspects of developing the desired system. Understanding the existing technology trends and improving upon them for better efficiency is one of the core tasks of a Production Engineer. Multiple industries would benefit from improved processes since they reduce the processing time and save on resources.Industries like automobile manufacturing, spare parts production, food industry, all have certain bottleneck areas which are restricting the capacity. With time, and the advent of better technology, these areas are further minimized, in order to achieve the ultimate goal of increased production and a subsequent rise in revenue.
Eligibility and Professional Courses
• A Science background is necessary with a 10+2 in Physics, Chemistry and Maths. A minimum 50% aggregate is needed for eligibility to colleges.
• One can give any entrance exams like NEET, IIT JEE, BITSAT, CET, or any other state exam. It should be noted here that few colleges like VIT or SRM, have their own exams which have to be given for becoming eligible to those select colleges.
• For pursuing MTech, the candidate needs to qualify for GATE.
• Individuals with interests in research and development can take up the PhD program after their post-graduation.
• One can pursue MTech in Industrial and Production Engineering after successful completion of BE/B.Tech.
We at BrainChecker help Students in choosing their career. A right career choice can work wonders in the long term.
Colleges
- Punjab Engineering College
- SRM Institute of Science and Technology
- NIT
- IITs
- Pune University
- Nagpur University
- IISc Bangalore
- VIT
Career Prospects
Industrial and production engineers can work in various sector like, banks, hospitals, public utilities, retail, agriculture, transport, construction, and even government departments via UPSC exams, conducted by the Engineering division every year to appoint skilled personnel to the various Central government service. Other specific areas include, Root cause analysis and process improvement, Various posts which they can hold include
- Plant Engineer
- Quality Engineer
- Project Manager
- Process Engineer
- Industrial Managers
- Manufacturing Engineer
- Industrial Sales Engineer
- ProductSpecialist
- Industrial AutomationProjectDesigner
- Assistant Professor at any university
The starting salary can be in the range of 40,000 to 60,000 INR for freshers.
Thank you for listening, if you loved this BrainChecker video please like, share and subscribe to us. Bye!!

12:42

#2 production of rotating field in Hindi || three phase induction motor

#2 production of rotating field in Hindi || three phase induction motor

#2 production of rotating field in Hindi || three phase induction motor

It is a easy concept but it is very important one..Stay with our channel for more videos on three phase induction motor #electricalpaathshala #transformer #electricalmachine

16:20

From Field to Glass: A Peek Into Rum Production at Worthy Park

From Field to Glass: A Peek Into Rum Production at Worthy Park

From Field to Glass: A Peek Into Rum Production at Worthy Park

From growing cane until the rum is bottled, for our rum everything is done right here at WorthyPark.

3:57

AMG Factory to Field New Production

AMG Factory to Field New Production

AMG Factory to Field New Production

1:23:23

From Field to Studio: Production Sound and Field Recording

From Field to Studio: Production Sound and Field Recording

From Field to Studio: Production Sound and Field Recording

Four Full Sail grads will discuss their process of recording sounds in the field and bringing them back to the studio for their various mediums, and what similarities and differences exist in their work. Fernando Delgado will talk about his workflow for capturing production sound for UFC and other events. Ric Viers will talk about capturing sound effects for distribution in sound effects libraries to customers around the world. Frank Scheuring will talk about capturing sound effects for use in film post-production. Mark Kilborn will talk about capturing sounds for games and what unique needs exist in that medium.
Speakers:
Mark Kilborn
Fernando Delgado
Ric Viers
Frank Scheuring
Moderator:
Michael Orlowski

1:04

Kalenborn - Production and Field Assembly EN 1280x720

Kalenborn - Production and Field Assembly EN 1280x720

Kalenborn - Production and Field Assembly EN 1280x720

12:43

Video production tutorial: Hooking up a field mixer | lynda.com

Video production tutorial: Hooking up a field mixer | lynda.com

Video production tutorial: Hooking up a field mixer | lynda.com

In this tutorial, learn how to hook up a field mixer for a typical setup with a hard-wired mic and a wireless microphone. Watch more at http://www.lynda.com/Video-Audio-Video-tutorials/Video-Production-Techniques-Location-Audio-Recording/129015-2.html?utm_campaign=Iljxzxni4Jc&utm_medium=viral&utm_source=youtube.
This tutorial is a single movie from the Video ProductionTechniques: LocationAudio Recording course by lynda.com author Anthony Q. Artis. The complete course duration is 1 hour and 23 minutes and offers step-by-step tutorials for capturing great-sounding audio in situations like conference panels, stage shows, and narrative dialogue scenes.
Introduction
1. Audio Gear
2. Recording Speakers
3. Recording a Stage Show
4. Recording a Narrative Scene
5. Tips and TricksConclusion

5:03

Development of production - Sapinhoa field

Development of production - Sapinhoa field

Development of production - Sapinhoa field

Get to know the development of production in Sapinhoá field, located in the Santos Basin Pre-Salt Cluster (Brazil), and its innovative technologies that enabled the production in the inhospitable pre-salt conditions.
Check out more: www.petrobras.com.br/technologiesinpresalt.

5:24

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean?

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean?

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean?

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean? ELECTRONIC FIELD PRODUCTION meaning - ELECTRONIC FIELD PRODUCTION definition - ELECTRONIC FIELD PRODUCTION explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
SUBSCRIBE to our Google Earth flights channel - https://www.youtube.com/channel/UC6UuCPh7GrXznZi0Hz2YQnQ
lectronic field production (EFP) is a television industry term referring to a video production which takes place in the field, outside of a formal television studio, in a practical location or special venue. In the field-defining text, Television Production Handbook, now in its 12th edition, author Herbert Zettl defines EFP as using "both ENG and studio techniques. From ENG it borrows its mobility and flexiblity; from the studio it borrows its production care and quality control. EFP takes place on location (which may include shooting in someone's living room) and has to adapt to the location conditions...Good lighting and audio are always difficult to achieve in EFP, regardless of whether you are outdoors or indoors. Compared to ENG, in which you simply respond to a situation, EFP needs careful planning."
Typical applications of electronic field production include awards shows, concerts, major interviews for newsmagazine shows like Inside Edition, Extra (TV program) and Dateline NBC, large conventions such as the Democratic National Convention, Republican National Convention or San Diego Comic-Con International, celebrity red-carpet events and sporting events.
EFP ranges from a camera operator or crew of two (camera operator with sound mixer) capturing high-quality imagery, to a multiple-camera setup utilizing videography, photography, advanced graphics and sound.
Sports television is one facet of EFP. Major television networks once owned their own production trucks for covering major events, but today, with the explosion in networks on cable and over-the-air, they rent television production trucks by the day or week from broadcast rental companies for more routine or remote broadcast productions.
A typical sports production truck includes:
A large video switcher with an external digital video effects (DVE) unit and several mix/effect busses, to allow the Television director flexibility in calling for certain visual effects in the broadcast.
Several tripod-mounted and handheld professional video cameras.
A variety of zoom lenses for the tripod-mounted "hard" cameras, typically at least 50× to 100× magnification, and a maximum focal length of at least 600mm. The extreme amount of magnification is necessary because the cameras can be located quite a distance from the action.
Several video recording and playback devices such as VCRs, hard disk recorders and video servers. Certain cameras or video feeds can be "isolated" to specific decks, and when something happens that the producer or director wants to see again, the deck can be rewound and shown on the air as an instant replay. Hard disk recorders typically allow some limited editing capabilities, allowing highlight reels to be edited together in the middle of a game.
Several character generators allowing scores and statistics to be shown on screen. The scoreboards used in most sports facilities can be linked to the truck to drive the television production's graphics as well as the arena scoreboards.
An audio mixing console booth and a variety of microphones to capture audio from the sportscasters and from the field of play.
Several miles of various types of cable.
TelevisionNews magazines are longer and more in-depth TV programming than shorter "breaking news" clips that focus on an issue in a documentary style. They are driven by interviews of people who are directly involved in the topic covered and last for from 30 minutes to three hours.
The first known television news magazine was Panorama on the BBC in 1953. Since then, the genre rose in popularity through the years including CBS’s 60 Minutes, debuting in 1968. Its spin-off, 60 Minutes II debuted in 1999.
ElectronicFieldProduction for a typical news magazine story may include one or several interviews with B-roll gathered typically by a three-person crew (producer, camera operator and audio technician/boompole operator). Locations vary. Typically the crew shoots the interview at the home or workplace of the interviewee. They may also go to additional locations that are a backdrop to the story. Lighting and shooting style are consistent with each's show's "look" or criteria.
After the interviews and B-Roll have been gathered, the producer may either hand-deliver the media to the studio, ship it by messenger service or a shipping company, or "feed it" in real time via a local satellite service.

5:28

Albini Group - The production process, from field to fabric

Albini Group - The production process, from field to fabric

Albini Group - The production process, from field to fabric

Albini Group manages and controls all stages of the production process, ensuring efficiency and absolute quality. Find out how a fabric is created, from the cotton field to the final check.

54:48

Field Notes : .NET Core and Docker in Production - Damian MacLennan

Field Notes : .NET Core and Docker in Production - Damian MacLennan

Field Notes : .NET Core and Docker in Production - Damian MacLennan

.NETCore is an amazing shift for the Microsoft ecosystem, allowing developers to bring their skills to a cross platform world and take advantage of MacOS, Linux, Docker, and a whole new range of tools and options.
This gives developers a huge array of new choices in a time of already massive churn.
This talk is my journey as a seasoned .NET developer, architect, and deployment automation expert into this brave new world.
As part of building a new tech stack in a new company, I had to go beyond the “Hello World” demos and blog posts and go from newbie, to running .NET core on Linux in production, with container orchestration, deployment automation, and monitoring.
This talk is some of my lessons learned, and thoughts on moving to .NET core, Docker builds and CI, configuration management, monitoring, deployment, and infrastructure automation.
NDC Conferences
https://ndcsydney.com
https://ndcconferences.com

#2 production of rotating field in Hindi || three phase induction motor

It is a easy concept but it is very important one..Stay with our channel for more videos on three phase induction motor #electricalpaathshala #transformer #electricalmachine

published: 14 May 2018

From Field to Glass: A Peek Into Rum Production at Worthy Park

From growing cane until the rum is bottled, for our rum everything is done right here at WorthyPark.

published: 14 Dec 2016

AMG Factory to Field New Production

published: 27 Sep 2017

From Field to Studio: Production Sound and Field Recording

Four Full Sail grads will discuss their process of recording sounds in the field and bringing them back to the studio for their various mediums, and what similarities and differences exist in their work. Fernando Delgado will talk about his workflow for capturing production sound for UFC and other events. Ric Viers will talk about capturing sound effects for distribution in sound effects libraries to customers around the world. Frank Scheuring will talk about capturing sound effects for use in film post-production. Mark Kilborn will talk about capturing sounds for games and what unique needs exist in that medium.
Speakers:
Mark Kilborn
Fernando Delgado
Ric Viers
Frank Scheuring
Moderator:
Michael Orlowski

published: 14 Feb 2018

Kalenborn - Production and Field Assembly EN 1280x720

published: 01 Mar 2017

Video production tutorial: Hooking up a field mixer | lynda.com

In this tutorial, learn how to hook up a field mixer for a typical setup with a hard-wired mic and a wireless microphone. Watch more at http://www.lynda.com/Video-Audio-Video-tutorials/Video-Production-Techniques-Location-Audio-Recording/129015-2.html?utm_campaign=Iljxzxni4Jc&utm_medium=viral&utm_source=youtube.
This tutorial is a single movie from the Video ProductionTechniques: LocationAudio Recording course by lynda.com author Anthony Q. Artis. The complete course duration is 1 hour and 23 minutes and offers step-by-step tutorials for capturing great-sounding audio in situations like conference panels, stage shows, and narrative dialogue scenes.
Introduction
1. Audio Gear
2. Recording Speakers
3. Recording a Stage Show
4. Recording a Narrative Scene
5. Tips and TricksConclusion

published: 01 Feb 2014

Development of production - Sapinhoa field

Get to know the development of production in Sapinhoá field, located in the Santos Basin Pre-Salt Cluster (Brazil), and its innovative technologies that enabled the production in the inhospitable pre-salt conditions.
Check out more: www.petrobras.com.br/technologiesinpresalt.

published: 04 May 2015

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean?

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean? ELECTRONIC FIELD PRODUCTION meaning - ELECTRONIC FIELD PRODUCTION definition - ELECTRONIC FIELD PRODUCTION explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
SUBSCRIBE to our Google Earth flights channel - https://www.youtube.com/channel/UC6UuCPh7GrXznZi0Hz2YQnQ
lectronic field production (EFP) is a television industry term referring to a video production which takes place in the field, outside of a formal television studio, in a practical location or special venue. In the field-defining text, Television Production Handbook, now in its 12th edition, author Herbert Zettl defines EFP as using "both ENG and studio techniques. From ENG it borrows ...

published: 20 Jun 2017

Albini Group - The production process, from field to fabric

Albini Group manages and controls all stages of the production process, ensuring efficiency and absolute quality. Find out how a fabric is created, from the cotton field to the final check.

published: 26 Jun 2018

Field Notes : .NET Core and Docker in Production - Damian MacLennan

.NETCore is an amazing shift for the Microsoft ecosystem, allowing developers to bring their skills to a cross platform world and take advantage of MacOS, Linux, Docker, and a whole new range of tools and options.
This gives developers a huge array of new choices in a time of already massive churn.
This talk is my journey as a seasoned .NET developer, architect, and deployment automation expert into this brave new world.
As part of building a new tech stack in a new company, I had to go beyond the “Hello World” demos and blog posts and go from newbie, to running .NET core on Linux in production, with container orchestration, deployment automation, and monitoring.
This talk is some of my lessons learned, and thoughts on moving to .NET core, Docker builds and CI, configuration management...

http://www.brainchecker.in
Production EngineeringCareer by BrainChecker Stay tuned for regular updates from BrainChecker Channel. We provide excellent education related tips and excellent career guidance.
Contact: https://goo.gl/forms/cmB1rRC4v5qF2rf73
Fill the form above and we would get in touch with you
Welcome to the YouTube Channel of Brain Checker, India’s largest Career CounselingCompany!!
Our video starts with
- Introduction
- Nature of work.
- Eligibility and Professional Courses available.
- Colleges
- Career prospects and salary
Students are requested to perform their own research before choosing a career.
You can check the description for additional details and assistance from BrainChecker.
Introduction
Industrial and Production Engineeringinvolves the study of improving, understanding, innovating, implementing and evaluating the integrated systems of money, equipment, people, material, and other industrial processes.One is responsible for designing industrial facilities normally used for production needs. Buildings, equipment’s, infrastructure, material handling systems, information systems, manufacturing systems, and the whole workplace. Other processes which are integral to the production process are also managed by these engineers.
Processes like IEs analysis, production systems planning and control, resource allocation, logistics, quality management, personnel allocation, resource management, safety and inventory management. The main aim is to improve on the production techniques and make them more efficient, and economical. It is a sub-branch of mechanical engineering, so the subjects that are taught as almost similar.
Nature of Work
Production or Industrial Engineers work includes designing the production process for a product and also planning, measuring and controlling all activities within the organization.
An Industrial or Production Engineer is responsible for the overall industrial production and management. He is moreover involved with the human and organizational aspects of developing the desired system. Understanding the existing technology trends and improving upon them for better efficiency is one of the core tasks of a Production Engineer. Multiple industries would benefit from improved processes since they reduce the processing time and save on resources.Industries like automobile manufacturing, spare parts production, food industry, all have certain bottleneck areas which are restricting the capacity. With time, and the advent of better technology, these areas are further minimized, in order to achieve the ultimate goal of increased production and a subsequent rise in revenue.
Eligibility and Professional Courses
• A Science background is necessary with a 10+2 in Physics, Chemistry and Maths. A minimum 50% aggregate is needed for eligibility to colleges.
• One can give any entrance exams like NEET, IIT JEE, BITSAT, CET, or any other state exam. It should be noted here that few colleges like VIT or SRM, have their own exams which have to be given for becoming eligible to those select colleges.
• For pursuing MTech, the candidate needs to qualify for GATE.
• Individuals with interests in research and development can take up the PhD program after their post-graduation.
• One can pursue MTech in Industrial and Production Engineering after successful completion of BE/B.Tech.
We at BrainChecker help Students in choosing their career. A right career choice can work wonders in the long term.
Colleges
- Punjab Engineering College
- SRM Institute of Science and Technology
- NIT
- IITs
- Pune University
- Nagpur University
- IISc Bangalore
- VIT
Career Prospects
Industrial and production engineers can work in various sector like, banks, hospitals, public utilities, retail, agriculture, transport, construction, and even government departments via UPSC exams, conducted by the Engineering division every year to appoint skilled personnel to the various Central government service. Other specific areas include, Root cause analysis and process improvement, Various posts which they can hold include
- Plant Engineer
- Quality Engineer
- Project Manager
- Process Engineer
- Industrial Managers
- Manufacturing Engineer
- Industrial Sales Engineer
- ProductSpecialist
- Industrial AutomationProjectDesigner
- Assistant Professor at any university
The starting salary can be in the range of 40,000 to 60,000 INR for freshers.
Thank you for listening, if you loved this BrainChecker video please like, share and subscribe to us. Bye!!

http://www.brainchecker.in
Production EngineeringCareer by BrainChecker Stay tuned for regular updates from BrainChecker Channel. We provide excellent education related tips and excellent career guidance.
Contact: https://goo.gl/forms/cmB1rRC4v5qF2rf73
Fill the form above and we would get in touch with you
Welcome to the YouTube Channel of Brain Checker, India’s largest Career CounselingCompany!!
Our video starts with
- Introduction
- Nature of work.
- Eligibility and Professional Courses available.
- Colleges
- Career prospects and salary
Students are requested to perform their own research before choosing a career.
You can check the description for additional details and assistance from BrainChecker.
Introduction
Industrial and Production Engineeringinvolves the study of improving, understanding, innovating, implementing and evaluating the integrated systems of money, equipment, people, material, and other industrial processes.One is responsible for designing industrial facilities normally used for production needs. Buildings, equipment’s, infrastructure, material handling systems, information systems, manufacturing systems, and the whole workplace. Other processes which are integral to the production process are also managed by these engineers.
Processes like IEs analysis, production systems planning and control, resource allocation, logistics, quality management, personnel allocation, resource management, safety and inventory management. The main aim is to improve on the production techniques and make them more efficient, and economical. It is a sub-branch of mechanical engineering, so the subjects that are taught as almost similar.
Nature of Work
Production or Industrial Engineers work includes designing the production process for a product and also planning, measuring and controlling all activities within the organization.
An Industrial or Production Engineer is responsible for the overall industrial production and management. He is moreover involved with the human and organizational aspects of developing the desired system. Understanding the existing technology trends and improving upon them for better efficiency is one of the core tasks of a Production Engineer. Multiple industries would benefit from improved processes since they reduce the processing time and save on resources.Industries like automobile manufacturing, spare parts production, food industry, all have certain bottleneck areas which are restricting the capacity. With time, and the advent of better technology, these areas are further minimized, in order to achieve the ultimate goal of increased production and a subsequent rise in revenue.
Eligibility and Professional Courses
• A Science background is necessary with a 10+2 in Physics, Chemistry and Maths. A minimum 50% aggregate is needed for eligibility to colleges.
• One can give any entrance exams like NEET, IIT JEE, BITSAT, CET, or any other state exam. It should be noted here that few colleges like VIT or SRM, have their own exams which have to be given for becoming eligible to those select colleges.
• For pursuing MTech, the candidate needs to qualify for GATE.
• Individuals with interests in research and development can take up the PhD program after their post-graduation.
• One can pursue MTech in Industrial and Production Engineering after successful completion of BE/B.Tech.
We at BrainChecker help Students in choosing their career. A right career choice can work wonders in the long term.
Colleges
- Punjab Engineering College
- SRM Institute of Science and Technology
- NIT
- IITs
- Pune University
- Nagpur University
- IISc Bangalore
- VIT
Career Prospects
Industrial and production engineers can work in various sector like, banks, hospitals, public utilities, retail, agriculture, transport, construction, and even government departments via UPSC exams, conducted by the Engineering division every year to appoint skilled personnel to the various Central government service. Other specific areas include, Root cause analysis and process improvement, Various posts which they can hold include
- Plant Engineer
- Quality Engineer
- Project Manager
- Process Engineer
- Industrial Managers
- Manufacturing Engineer
- Industrial Sales Engineer
- ProductSpecialist
- Industrial AutomationProjectDesigner
- Assistant Professor at any university
The starting salary can be in the range of 40,000 to 60,000 INR for freshers.
Thank you for listening, if you loved this BrainChecker video please like, share and subscribe to us. Bye!!

From Field to Studio: Production Sound and Field Recording

Four Full Sail grads will discuss their process of recording sounds in the field and bringing them back to the studio for their various mediums, and what simila...

Four Full Sail grads will discuss their process of recording sounds in the field and bringing them back to the studio for their various mediums, and what similarities and differences exist in their work. Fernando Delgado will talk about his workflow for capturing production sound for UFC and other events. Ric Viers will talk about capturing sound effects for distribution in sound effects libraries to customers around the world. Frank Scheuring will talk about capturing sound effects for use in film post-production. Mark Kilborn will talk about capturing sounds for games and what unique needs exist in that medium.
Speakers:
Mark Kilborn
Fernando Delgado
Ric Viers
Frank Scheuring
Moderator:
Michael Orlowski

Four Full Sail grads will discuss their process of recording sounds in the field and bringing them back to the studio for their various mediums, and what similarities and differences exist in their work. Fernando Delgado will talk about his workflow for capturing production sound for UFC and other events. Ric Viers will talk about capturing sound effects for distribution in sound effects libraries to customers around the world. Frank Scheuring will talk about capturing sound effects for use in film post-production. Mark Kilborn will talk about capturing sounds for games and what unique needs exist in that medium.
Speakers:
Mark Kilborn
Fernando Delgado
Ric Viers
Frank Scheuring
Moderator:
Michael Orlowski

Video production tutorial: Hooking up a field mixer | lynda.com

In this tutorial, learn how to hook up a field mixer for a typical setup with a hard-wired mic and a wireless microphone. Watch more at http://www.lynda.com/Vid...

In this tutorial, learn how to hook up a field mixer for a typical setup with a hard-wired mic and a wireless microphone. Watch more at http://www.lynda.com/Video-Audio-Video-tutorials/Video-Production-Techniques-Location-Audio-Recording/129015-2.html?utm_campaign=Iljxzxni4Jc&utm_medium=viral&utm_source=youtube.
This tutorial is a single movie from the Video ProductionTechniques: LocationAudio Recording course by lynda.com author Anthony Q. Artis. The complete course duration is 1 hour and 23 minutes and offers step-by-step tutorials for capturing great-sounding audio in situations like conference panels, stage shows, and narrative dialogue scenes.
Introduction
1. Audio Gear
2. Recording Speakers
3. Recording a Stage Show
4. Recording a Narrative Scene
5. Tips and TricksConclusion

In this tutorial, learn how to hook up a field mixer for a typical setup with a hard-wired mic and a wireless microphone. Watch more at http://www.lynda.com/Video-Audio-Video-tutorials/Video-Production-Techniques-Location-Audio-Recording/129015-2.html?utm_campaign=Iljxzxni4Jc&utm_medium=viral&utm_source=youtube.
This tutorial is a single movie from the Video ProductionTechniques: LocationAudio Recording course by lynda.com author Anthony Q. Artis. The complete course duration is 1 hour and 23 minutes and offers step-by-step tutorials for capturing great-sounding audio in situations like conference panels, stage shows, and narrative dialogue scenes.
Introduction
1. Audio Gear
2. Recording Speakers
3. Recording a Stage Show
4. Recording a Narrative Scene
5. Tips and TricksConclusion

Development of production - Sapinhoa field

Get to know the development of production in Sapinhoá field, located in the Santos Basin Pre-Salt Cluster (Brazil), and its innovative technologies that enabled...

Get to know the development of production in Sapinhoá field, located in the Santos Basin Pre-Salt Cluster (Brazil), and its innovative technologies that enabled the production in the inhospitable pre-salt conditions.
Check out more: www.petrobras.com.br/technologiesinpresalt.

Get to know the development of production in Sapinhoá field, located in the Santos Basin Pre-Salt Cluster (Brazil), and its innovative technologies that enabled the production in the inhospitable pre-salt conditions.
Check out more: www.petrobras.com.br/technologiesinpresalt.

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean?

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean? ELECTRONIC FIELD PRODUCTION meaning - ELECTRONIC FIELD PRODUCTION definition - ...

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean? ELECTRONIC FIELD PRODUCTION meaning - ELECTRONIC FIELD PRODUCTION definition - ELECTRONIC FIELD PRODUCTION explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
SUBSCRIBE to our Google Earth flights channel - https://www.youtube.com/channel/UC6UuCPh7GrXznZi0Hz2YQnQ
lectronic field production (EFP) is a television industry term referring to a video production which takes place in the field, outside of a formal television studio, in a practical location or special venue. In the field-defining text, Television Production Handbook, now in its 12th edition, author Herbert Zettl defines EFP as using "both ENG and studio techniques. From ENG it borrows its mobility and flexiblity; from the studio it borrows its production care and quality control. EFP takes place on location (which may include shooting in someone's living room) and has to adapt to the location conditions...Good lighting and audio are always difficult to achieve in EFP, regardless of whether you are outdoors or indoors. Compared to ENG, in which you simply respond to a situation, EFP needs careful planning."
Typical applications of electronic field production include awards shows, concerts, major interviews for newsmagazine shows like Inside Edition, Extra (TV program) and Dateline NBC, large conventions such as the Democratic National Convention, Republican National Convention or San Diego Comic-Con International, celebrity red-carpet events and sporting events.
EFP ranges from a camera operator or crew of two (camera operator with sound mixer) capturing high-quality imagery, to a multiple-camera setup utilizing videography, photography, advanced graphics and sound.
Sports television is one facet of EFP. Major television networks once owned their own production trucks for covering major events, but today, with the explosion in networks on cable and over-the-air, they rent television production trucks by the day or week from broadcast rental companies for more routine or remote broadcast productions.
A typical sports production truck includes:
A large video switcher with an external digital video effects (DVE) unit and several mix/effect busses, to allow the Television director flexibility in calling for certain visual effects in the broadcast.
Several tripod-mounted and handheld professional video cameras.
A variety of zoom lenses for the tripod-mounted "hard" cameras, typically at least 50× to 100× magnification, and a maximum focal length of at least 600mm. The extreme amount of magnification is necessary because the cameras can be located quite a distance from the action.
Several video recording and playback devices such as VCRs, hard disk recorders and video servers. Certain cameras or video feeds can be "isolated" to specific decks, and when something happens that the producer or director wants to see again, the deck can be rewound and shown on the air as an instant replay. Hard disk recorders typically allow some limited editing capabilities, allowing highlight reels to be edited together in the middle of a game.
Several character generators allowing scores and statistics to be shown on screen. The scoreboards used in most sports facilities can be linked to the truck to drive the television production's graphics as well as the arena scoreboards.
An audio mixing console booth and a variety of microphones to capture audio from the sportscasters and from the field of play.
Several miles of various types of cable.
TelevisionNews magazines are longer and more in-depth TV programming than shorter "breaking news" clips that focus on an issue in a documentary style. They are driven by interviews of people who are directly involved in the topic covered and last for from 30 minutes to three hours.
The first known television news magazine was Panorama on the BBC in 1953. Since then, the genre rose in popularity through the years including CBS’s 60 Minutes, debuting in 1968. Its spin-off, 60 Minutes II debuted in 1999.
ElectronicFieldProduction for a typical news magazine story may include one or several interviews with B-roll gathered typically by a three-person crew (producer, camera operator and audio technician/boompole operator). Locations vary. Typically the crew shoots the interview at the home or workplace of the interviewee. They may also go to additional locations that are a backdrop to the story. Lighting and shooting style are consistent with each's show's "look" or criteria.
After the interviews and B-Roll have been gathered, the producer may either hand-deliver the media to the studio, ship it by messenger service or a shipping company, or "feed it" in real time via a local satellite service.

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean? ELECTRONIC FIELD PRODUCTION meaning - ELECTRONIC FIELD PRODUCTION definition - ELECTRONIC FIELD PRODUCTION explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
SUBSCRIBE to our Google Earth flights channel - https://www.youtube.com/channel/UC6UuCPh7GrXznZi0Hz2YQnQ
lectronic field production (EFP) is a television industry term referring to a video production which takes place in the field, outside of a formal television studio, in a practical location or special venue. In the field-defining text, Television Production Handbook, now in its 12th edition, author Herbert Zettl defines EFP as using "both ENG and studio techniques. From ENG it borrows its mobility and flexiblity; from the studio it borrows its production care and quality control. EFP takes place on location (which may include shooting in someone's living room) and has to adapt to the location conditions...Good lighting and audio are always difficult to achieve in EFP, regardless of whether you are outdoors or indoors. Compared to ENG, in which you simply respond to a situation, EFP needs careful planning."
Typical applications of electronic field production include awards shows, concerts, major interviews for newsmagazine shows like Inside Edition, Extra (TV program) and Dateline NBC, large conventions such as the Democratic National Convention, Republican National Convention or San Diego Comic-Con International, celebrity red-carpet events and sporting events.
EFP ranges from a camera operator or crew of two (camera operator with sound mixer) capturing high-quality imagery, to a multiple-camera setup utilizing videography, photography, advanced graphics and sound.
Sports television is one facet of EFP. Major television networks once owned their own production trucks for covering major events, but today, with the explosion in networks on cable and over-the-air, they rent television production trucks by the day or week from broadcast rental companies for more routine or remote broadcast productions.
A typical sports production truck includes:
A large video switcher with an external digital video effects (DVE) unit and several mix/effect busses, to allow the Television director flexibility in calling for certain visual effects in the broadcast.
Several tripod-mounted and handheld professional video cameras.
A variety of zoom lenses for the tripod-mounted "hard" cameras, typically at least 50× to 100× magnification, and a maximum focal length of at least 600mm. The extreme amount of magnification is necessary because the cameras can be located quite a distance from the action.
Several video recording and playback devices such as VCRs, hard disk recorders and video servers. Certain cameras or video feeds can be "isolated" to specific decks, and when something happens that the producer or director wants to see again, the deck can be rewound and shown on the air as an instant replay. Hard disk recorders typically allow some limited editing capabilities, allowing highlight reels to be edited together in the middle of a game.
Several character generators allowing scores and statistics to be shown on screen. The scoreboards used in most sports facilities can be linked to the truck to drive the television production's graphics as well as the arena scoreboards.
An audio mixing console booth and a variety of microphones to capture audio from the sportscasters and from the field of play.
Several miles of various types of cable.
TelevisionNews magazines are longer and more in-depth TV programming than shorter "breaking news" clips that focus on an issue in a documentary style. They are driven by interviews of people who are directly involved in the topic covered and last for from 30 minutes to three hours.
The first known television news magazine was Panorama on the BBC in 1953. Since then, the genre rose in popularity through the years including CBS’s 60 Minutes, debuting in 1968. Its spin-off, 60 Minutes II debuted in 1999.
ElectronicFieldProduction for a typical news magazine story may include one or several interviews with B-roll gathered typically by a three-person crew (producer, camera operator and audio technician/boompole operator). Locations vary. Typically the crew shoots the interview at the home or workplace of the interviewee. They may also go to additional locations that are a backdrop to the story. Lighting and shooting style are consistent with each's show's "look" or criteria.
After the interviews and B-Roll have been gathered, the producer may either hand-deliver the media to the studio, ship it by messenger service or a shipping company, or "feed it" in real time via a local satellite service.

Field Notes : .NET Core and Docker in Production - Damian MacLennan

.NETCore is an amazing shift for the Microsoft ecosystem, allowing developers to bring their skills to a cross platform world and take advantage of MacOS, Linu...

.NETCore is an amazing shift for the Microsoft ecosystem, allowing developers to bring their skills to a cross platform world and take advantage of MacOS, Linux, Docker, and a whole new range of tools and options.
This gives developers a huge array of new choices in a time of already massive churn.
This talk is my journey as a seasoned .NET developer, architect, and deployment automation expert into this brave new world.
As part of building a new tech stack in a new company, I had to go beyond the “Hello World” demos and blog posts and go from newbie, to running .NET core on Linux in production, with container orchestration, deployment automation, and monitoring.
This talk is some of my lessons learned, and thoughts on moving to .NET core, Docker builds and CI, configuration management, monitoring, deployment, and infrastructure automation.
NDC Conferences
https://ndcsydney.com
https://ndcconferences.com

.NETCore is an amazing shift for the Microsoft ecosystem, allowing developers to bring their skills to a cross platform world and take advantage of MacOS, Linux, Docker, and a whole new range of tools and options.
This gives developers a huge array of new choices in a time of already massive churn.
This talk is my journey as a seasoned .NET developer, architect, and deployment automation expert into this brave new world.
As part of building a new tech stack in a new company, I had to go beyond the “Hello World” demos and blog posts and go from newbie, to running .NET core on Linux in production, with container orchestration, deployment automation, and monitoring.
This talk is some of my lessons learned, and thoughts on moving to .NET core, Docker builds and CI, configuration management, monitoring, deployment, and infrastructure automation.
NDC Conferences
https://ndcsydney.com
https://ndcconferences.com

Production Engineering Career Opportunities Field Salary Colleges by BrainChecker

http://www.brainchecker.in
Production EngineeringCareer by BrainChecker Stay tuned for regular updates from BrainChecker Channel. We provide excellent education related tips and excellent career guidance.
Contact: https://goo.gl/forms/cmB1rRC4v5qF2rf73
Fill the form above and we would get in touch with you
Welcome to the YouTube Channel of Brain Checker, India’s largest Career CounselingCompany!!
Our video starts with
- Introduction
- Nature of work.
- Eligibility and Professional Courses available.
- Colleges
- Career prospects and salary
Students are requested to perform their own research before choosing a career.
You can check the description for additional details and assistance from BrainChecker.
Introduction
Industrial and Production Engineeringinvolves the study of improving, understanding, innovating, implementing and evaluating the integrated systems of money, equipment, people, material, and other industrial processes.One is responsible for designing industrial facilities normally used for production needs. Buildings, equipment’s, infrastructure, material handling systems, information systems, manufacturing systems, and the whole workplace. Other processes which are integral to the production process are also managed by these engineers.
Processes like IEs analysis, production systems planning and control, resource allocation, logistics, quality management, personnel allocation, resource management, safety and inventory management. The main aim is to improve on the production techniques and make them more efficient, and economical. It is a sub-branch of mechanical engineering, so the subjects that are taught as almost similar.
Nature of Work
Production or Industrial Engineers work includes designing the production process for a product and also planning, measuring and controlling all activities within the organization.
An Industrial or Production Engineer is responsible for the overall industrial production and management. He is moreover involved with the human and organizational aspects of developing the desired system. Understanding the existing technology trends and improving upon them for better efficiency is one of the core tasks of a Production Engineer. Multiple industries would benefit from improved processes since they reduce the processing time and save on resources.Industries like automobile manufacturing, spare parts production, food industry, all have certain bottleneck areas which are restricting the capacity. With time, and the advent of better technology, these areas are further minimized, in order to achieve the ultimate goal of increased production and a subsequent rise in revenue.
Eligibility and Professional Courses
• A Science background is necessary with a 10+2 in Physics, Chemistry and Maths. A minimum 50% aggregate is needed for eligibility to colleges.
• One can give any entrance exams like NEET, IIT JEE, BITSAT, CET, or any other state exam. It should be noted here that few colleges like VIT or SRM, have their own exams which have to be given for becoming eligible to those select colleges.
• For pursuing MTech, the candidate needs to qualify for GATE.
• Individuals with interests in research and development can take up the PhD program after their post-graduation.
• One can pursue MTech in Industrial and Production Engineering after successful completion of BE/B.Tech.
We at BrainChecker help Students in choosing their career. A right career choice can work wonders in the long term.
Colleges
- Punjab Engineering College
- SRM Institute of Science and Technology
- NIT
- IITs
- Pune University
- Nagpur University
- IISc Bangalore
- VIT
Career Prospects
Industrial and production engineers can work in various sector like, banks, hospitals, public utilities, retail, agriculture, transport, construction, and even government departments via UPSC exams, conducted by the Engineering division every year to appoint skilled personnel to the various Central government service. Other specific areas include, Root cause analysis and process improvement, Various posts which they can hold include
- Plant Engineer
- Quality Engineer
- Project Manager
- Process Engineer
- Industrial Managers
- Manufacturing Engineer
- Industrial Sales Engineer
- ProductSpecialist
- Industrial AutomationProjectDesigner
- Assistant Professor at any university
The starting salary can be in the range of 40,000 to 60,000 INR for freshers.
Thank you for listening, if you loved this BrainChecker video please like, share and subscribe to us. Bye!!

From Field to Studio: Production Sound and Field Recording

Four Full Sail grads will discuss their process of recording sounds in the field and bringing them back to the studio for their various mediums, and what similarities and differences exist in their work. Fernando Delgado will talk about his workflow for capturing production sound for UFC and other events. Ric Viers will talk about capturing sound effects for distribution in sound effects libraries to customers around the world. Frank Scheuring will talk about capturing sound effects for use in film post-production. Mark Kilborn will talk about capturing sounds for games and what unique needs exist in that medium.
Speakers:
Mark Kilborn
Fernando Delgado
Ric Viers
Frank Scheuring
Moderator:
Michael Orlowski

Video production tutorial: Hooking up a field mixer | lynda.com

In this tutorial, learn how to hook up a field mixer for a typical setup with a hard-wired mic and a wireless microphone. Watch more at http://www.lynda.com/Video-Audio-Video-tutorials/Video-Production-Techniques-Location-Audio-Recording/129015-2.html?utm_campaign=Iljxzxni4Jc&utm_medium=viral&utm_source=youtube.
This tutorial is a single movie from the Video ProductionTechniques: LocationAudio Recording course by lynda.com author Anthony Q. Artis. The complete course duration is 1 hour and 23 minutes and offers step-by-step tutorials for capturing great-sounding audio in situations like conference panels, stage shows, and narrative dialogue scenes.
Introduction
1. Audio Gear
2. Recording Speakers
3. Recording a Stage Show
4. Recording a Narrative Scene
5. Tips and TricksConclusion

Development of production - Sapinhoa field

Get to know the development of production in Sapinhoá field, located in the Santos Basin Pre-Salt Cluster (Brazil), and its innovative technologies that enabled the production in the inhospitable pre-salt conditions.
Check out more: www.petrobras.com.br/technologiesinpresalt.

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean?

What is ELECTRONIC FIELD PRODUCTION? What does ELECTRONIC FIELD PRODUCTION mean? ELECTRONIC FIELD PRODUCTION meaning - ELECTRONIC FIELD PRODUCTION definition - ELECTRONIC FIELD PRODUCTION explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
SUBSCRIBE to our Google Earth flights channel - https://www.youtube.com/channel/UC6UuCPh7GrXznZi0Hz2YQnQ
lectronic field production (EFP) is a television industry term referring to a video production which takes place in the field, outside of a formal television studio, in a practical location or special venue. In the field-defining text, Television Production Handbook, now in its 12th edition, author Herbert Zettl defines EFP as using "both ENG and studio techniques. From ENG it borrows its mobility and flexiblity; from the studio it borrows its production care and quality control. EFP takes place on location (which may include shooting in someone's living room) and has to adapt to the location conditions...Good lighting and audio are always difficult to achieve in EFP, regardless of whether you are outdoors or indoors. Compared to ENG, in which you simply respond to a situation, EFP needs careful planning."
Typical applications of electronic field production include awards shows, concerts, major interviews for newsmagazine shows like Inside Edition, Extra (TV program) and Dateline NBC, large conventions such as the Democratic National Convention, Republican National Convention or San Diego Comic-Con International, celebrity red-carpet events and sporting events.
EFP ranges from a camera operator or crew of two (camera operator with sound mixer) capturing high-quality imagery, to a multiple-camera setup utilizing videography, photography, advanced graphics and sound.
Sports television is one facet of EFP. Major television networks once owned their own production trucks for covering major events, but today, with the explosion in networks on cable and over-the-air, they rent television production trucks by the day or week from broadcast rental companies for more routine or remote broadcast productions.
A typical sports production truck includes:
A large video switcher with an external digital video effects (DVE) unit and several mix/effect busses, to allow the Television director flexibility in calling for certain visual effects in the broadcast.
Several tripod-mounted and handheld professional video cameras.
A variety of zoom lenses for the tripod-mounted "hard" cameras, typically at least 50× to 100× magnification, and a maximum focal length of at least 600mm. The extreme amount of magnification is necessary because the cameras can be located quite a distance from the action.
Several video recording and playback devices such as VCRs, hard disk recorders and video servers. Certain cameras or video feeds can be "isolated" to specific decks, and when something happens that the producer or director wants to see again, the deck can be rewound and shown on the air as an instant replay. Hard disk recorders typically allow some limited editing capabilities, allowing highlight reels to be edited together in the middle of a game.
Several character generators allowing scores and statistics to be shown on screen. The scoreboards used in most sports facilities can be linked to the truck to drive the television production's graphics as well as the arena scoreboards.
An audio mixing console booth and a variety of microphones to capture audio from the sportscasters and from the field of play.
Several miles of various types of cable.
TelevisionNews magazines are longer and more in-depth TV programming than shorter "breaking news" clips that focus on an issue in a documentary style. They are driven by interviews of people who are directly involved in the topic covered and last for from 30 minutes to three hours.
The first known television news magazine was Panorama on the BBC in 1953. Since then, the genre rose in popularity through the years including CBS’s 60 Minutes, debuting in 1968. Its spin-off, 60 Minutes II debuted in 1999.
ElectronicFieldProduction for a typical news magazine story may include one or several interviews with B-roll gathered typically by a three-person crew (producer, camera operator and audio technician/boompole operator). Locations vary. Typically the crew shoots the interview at the home or workplace of the interviewee. They may also go to additional locations that are a backdrop to the story. Lighting and shooting style are consistent with each's show's "look" or criteria.
After the interviews and B-Roll have been gathered, the producer may either hand-deliver the media to the studio, ship it by messenger service or a shipping company, or "feed it" in real time via a local satellite service.

Field Notes : .NET Core and Docker in Production - Damian MacLennan

.NETCore is an amazing shift for the Microsoft ecosystem, allowing developers to bring their skills to a cross platform world and take advantage of MacOS, Linux, Docker, and a whole new range of tools and options.
This gives developers a huge array of new choices in a time of already massive churn.
This talk is my journey as a seasoned .NET developer, architect, and deployment automation expert into this brave new world.
As part of building a new tech stack in a new company, I had to go beyond the “Hello World” demos and blog posts and go from newbie, to running .NET core on Linux in production, with container orchestration, deployment automation, and monitoring.
This talk is some of my lessons learned, and thoughts on moving to .NET core, Docker builds and CI, configuration management, monitoring, deployment, and infrastructure automation.
NDC Conferences
https://ndcsydney.com
https://ndcconferences.com

Production (computer science)

A production or production rule in computer science is a rewrite rule specifying a symbol substitution that can be recursively performed to generate new symbol sequences. A finite set of productions is the main component in the specification of a formal grammar (specifically a generative grammar). The other components are a finite set of nonterminal symbols, a finite set (known as an alphabet) of terminal symbols that is disjoint from and a distinguished symbol that is the start symbol.

In an unrestricted grammar, a production is of the form where and are arbitrary strings of terminals and nonterminals however may not be the empty string. If is the empty string, this is denoted by the symbol , or (rather than leave the right-hand side blank). So productions are of the form:

The other types of formal grammar in the Chomsky hierarchy impose additional restrictions on what constitutes a production. Notably in a context-free grammar, the left-hand side of a production must be a single nonterminal symbol. So productions are of the form: